FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4309672212> ?p ?o ?g. }

• W4309672212 endingPage "119377" @default.
• W4309672212 startingPage "119377" @default.
• W4309672212 abstract "Adaptation to substrate fluctuations is a life actuality of microbes in global municipal wastewater treatment plants (WWTPs). Yet there remains a lack of definite information on how influent changes with different alternation frequencies shape the stability of anammox consortia and the metabolic regulations they feedback. According to human rhythmic activity, day-fluctuant fed (every 6 h, alternating between 50 and 100 mg NH4+-N/L) substantially diminished the robustness of nitrogen removal efficiency (NRE; 84.1 ± 7.0%, left-skewed distribution [R2 = 0.87]) and shock-resistance ability (>30% effluent variability). Unexpectedly, the anammox ecosystem under week-fluctuant mode (every 6 d) displayed adapted growth (NRE 86.6 ± 3.1%, normal distribution [R2 = 0.97]), higher extracellular polymeric substances (EPS) yields, and superior tolerance (juggling the shortest recovery time and highest NRE, tightest protein secondary structure facing long-term load shocks) than steady-state (75 mg NH4+-N/L). 16S sequencing showed that the influent disturbance led to increased levels of bacterial diversity, however, a similar microbiota composition between week-fluctuant and steady systems was detected. Notably, K strategist Candidatus Kuenenia was more sensitive to substrate fluctuations, with the lower relative abundance at day-fluctuant (23.4 ± 5.1%) and week-fluctuant (39.5 ± 4.3%) than at steady-state community (47.5 ± 4.2%). Conversely, Candidatus Jettenia had higher relative abundance at day-fluctuant (i.e., 1.3 ± 0.1%) compared to that at week-fluctuant (0.2 ± 0.04%) and steady-state (0.05 ± 0.03%). Importantly, untargeted metabolomics revealed that week-fluctuant grown anammox microbiota increased protein synthesis and transporter expression while decreasing expression of catabolic pathways (citric acid cycle and bypass) as a strategy for efficient substrate uptake and utilization, which clearly different to day-fluctuant and steady-state survival ways. Overall, we predictively reported an anabolic adaptation growth state for the anammox consortia and put forward the associated reinforcement control strategy." @default.
• W4309672212 created "2022-11-29" @default.
• W4309672212 creator A5001894356 @default.
• W4309672212 creator A5008835572 @default.
• W4309672212 creator A5063801596 @default.
• W4309672212 creator A5074344378 @default.
• W4309672212 creator A5088311812 @default.
• W4309672212 date "2023-01-01" @default.
• W4309672212 modified "2023-10-12" @default.
• W4309672212 title "Optimum relative frequency and fluctuating substrate selection in reinforcing anammox-mediated anabolic adaptation" @default.
• W4309672212 cites W1492991679 @default.
• W4309672212 cites W1543068333 @default.
• W4309672212 cites W1673751863 @default.
• W4309672212 cites W1968834637 @default.
• W4309672212 cites W1973331693 @default.
• W4309672212 cites W1973429411 @default.
• W4309672212 cites W1978219258 @default.
• W4309672212 cites W1987349940 @default.
• W4309672212 cites W2009454992 @default.
• W4309672212 cites W2021752782 @default.
• W4309672212 cites W2033699999 @default.
• W4309672212 cites W2034285706 @default.
• W4309672212 cites W2041580655 @default.
• W4309672212 cites W2054428839 @default.
• W4309672212 cites W2083945762 @default.
• W4309672212 cites W2088833470 @default.
• W4309672212 cites W2100062974 @default.
• W4309672212 cites W2127859794 @default.
• W4309672212 cites W2134055682 @default.
• W4309672212 cites W2147488317 @default.
• W4309672212 cites W2153142029 @default.
• W4309672212 cites W2166171121 @default.
• W4309672212 cites W2181168402 @default.
• W4309672212 cites W2253574282 @default.
• W4309672212 cites W2346650186 @default.
• W4309672212 cites W2396297973 @default.
• W4309672212 cites W2520096949 @default.
• W4309672212 cites W2549678182 @default.
• W4309672212 cites W2573642449 @default.
• W4309672212 cites W2591628201 @default.
• W4309672212 cites W2617549535 @default.
• W4309672212 cites W2737267178 @default.
• W4309672212 cites W2753973347 @default.
• W4309672212 cites W2766313957 @default.
• W4309672212 cites W2768435200 @default.
• W4309672212 cites W2775317158 @default.
• W4309672212 cites W2793306679 @default.
• W4309672212 cites W2805603407 @default.
• W4309672212 cites W2810554757 @default.
• W4309672212 cites W2888245196 @default.
• W4309672212 cites W2891094471 @default.
• W4309672212 cites W2896268397 @default.
• W4309672212 cites W2908866321 @default.
• W4309672212 cites W2914331768 @default.
• W4309672212 cites W2920966845 @default.
• W4309672212 cites W2921933334 @default.
• W4309672212 cites W2923286275 @default.
• W4309672212 cites W2944246911 @default.
• W4309672212 cites W2947829387 @default.
• W4309672212 cites W2950374406 @default.
• W4309672212 cites W2954855180 @default.
• W4309672212 cites W2974824826 @default.
• W4309672212 cites W2979545138 @default.
• W4309672212 cites W2982116386 @default.
• W4309672212 cites W2984902610 @default.
• W4309672212 cites W2992465327 @default.
• W4309672212 cites W2997908826 @default.
• W4309672212 cites W3004670562 @default.
• W4309672212 cites W3029652114 @default.
• W4309672212 cites W3032601248 @default.
• W4309672212 cites W3043410532 @default.
• W4309672212 cites W3082862057 @default.
• W4309672212 cites W3087244103 @default.
• W4309672212 cites W3087798489 @default.
• W4309672212 cites W3088764785 @default.
• W4309672212 cites W3107415034 @default.
• W4309672212 cites W3108608148 @default.
• W4309672212 cites W3110851202 @default.
• W4309672212 cites W3115139577 @default.
• W4309672212 cites W3118488830 @default.
• W4309672212 cites W3195953296 @default.
• W4309672212 cites W3200941727 @default.
• W4309672212 cites W4211076612 @default.
• W4309672212 cites W4241449603 @default.
• W4309672212 doi "https://doi.org/10.1016/j.watres.2022.119377" @default.
• W4309672212 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36427463" @default.
• W4309672212 hasPublicationYear "2023" @default.
• W4309672212 type Work @default.
• W4309672212 citedByCount "4" @default.
• W4309672212 countsByYear W43096722122023 @default.
• W4309672212 crossrefType "journal-article" @default.
• W4309672212 hasAuthorship W4309672212A5001894356 @default.
• W4309672212 hasAuthorship W4309672212A5008835572 @default.
• W4309672212 hasAuthorship W4309672212A5063801596 @default.
• W4309672212 hasAuthorship W4309672212A5074344378 @default.
• W4309672212 hasAuthorship W4309672212A5088311812 @default.
• W4309672212 hasConcept C110872660 @default.
• W4309672212 hasConcept C122325731 @default.

• next